Modified Rhytidectomy that Produces a More Natural Look: Experience with 110 Cases

Arcade Sutures to Minimize Ear Displacement in Rhytidectomy

Ear deformities after rhytidectomy are not uncommon and have a significant impact on cosmetic success. We postulate the use of horizontal mattress suspension sutures in the anterior face anchored to the deep temporalis fascia (DTF) during rhytidectomy allows for a vertical lift while minimizing the risk to the frontal branch of the facial nerve and decreasing forward rotation of the ear. To compare auricular displacement during rhytidectomy using an arcade of horizontal mattress suspension sutures anchored to the DTF instead of the preauricular pre-parotid fascia, and evaluate outcomes with this modification at 1 year. This was a proof of concept prospective cohort study of 20 patients (40 sides) undergoing rhytidectomy by a single plastic surgeon (level of evidence 4). Intraoperative measurements were taken to determine the amount of auricular displacement with suspension sutures placed in the preauricular fascia compared with the DTF. To confirm longevity, we compared ear position preoperatively and at 1 year after rhytidectomy with our technique. There was significantly less auricular displacement when superficial musculoaponeurotic system (SMAS) suspension sutures were placed in the DTF 0.75 ± 0.69 mm compared with the preauricular fascia 9.71 ± 2.57 mm (p < 0.00001). With our technique at an average follow-up of 370.3 days, there was no significant change in auricular rotation compared with preoperative photos (p = 0.125).Our simple rhytidectomy modification allows for vertical resuspension of the SMAS in the anterior face in a safe manner while minimizing displacement of the auricle.

An Update on the Posterior Earlobe/Concha Mastoid Suspension Suture to Correct "Pixie Ear" Following Facelift: Review of 40 Cases

BACKGROUND

Auricular displacement (AD) and earlobe distortion, such as "pixie ear," are commonly seen deformities after rhytidectomies. In 2018, the authors of this article published a prophylactic technique (posterior earlobe rotation flap [PERF] and concha-mastoid suspension suture [CMSS]) to prevent such cosmetic-related complications in primary facelift surgery. Here, the authors review the utilization of this technique to correct such deformities in patients receiving revision facelift surgeries.

OBJECTIVES

The authors sought to demonstrate the usefulness of this technique in reconstructive cases suffering from such aesthetic deformities.

METHODS

A total 25 secondary and 15 tertiary rhytidectomies were operated between 2015 and 2018. A combination PERF/CMSS technique was performed bilaterally during each revision facelift surgery (n = 80). A retrospective data analysis (preoperatively; 1 year postoperatively) was conducted to detect any deformities.

RESULTS

No "pixie ear" deformities were seen in any of our patients postoperatively. AD was detected twice and unilateral hypertrophic scarring once. The postoperative photometric analysis showed a natural ptosis grade I/II in all our patients. The total rate of aesthetic-related complications in our patient cohort was 3.75% (AD: 2.5%; hypertrophic scarring: 1.25%).

CONCLUSIONS

After demonstrating the effectiveness of the PERF and CMSS techniques in primary facelifts, the authors reviewed the technique's effectiveness for restoring earlobe distortion and AD in secondary or tertiary rhytidectomy cases. In addition to its prophylactic utilization, this method also possesses strong reconstructive power to change tension vectors applied on the face (CMSS) and/or to correct pre-existing aesthetic complications, such as "pixie ear" formation (PERF).

LEVEL OF EVIDENCE: 4

Correction and Prevention of the Pixie Ear Deformity: A Combined Technique

Background

Ear and earlobe deformities after surgical rhytidectomy are common and can significantly diminish the aesthetic outcome. The main causes of ear/earlobe distortion are skin overresection, an imbalance between vertical/horizontal skin-lift vectors, and tractional distortions through superficial muscularaponeurotic system (SMAS) tension.

Objectives

To demonstrate a new method for earlobe suturing and ear fixation that would prevent aesthetics-related complications after facelift surgery.

Methods

A total of 105 primary SMAS facelift surgeries were performed between 2015 and 2016 by the first author. A combination technique consisting of a posterior earlobe rotation flap (PERF) and a concha-mastoid suspension suture (CMSS) was executed bilaterally within each facelift procedure (n = 210). A retrospective data analysis was conducted (preoperatively and one year postoperatively) using our hospital information system and a photometric data analysis to assess auricular displacement, earlobe distortion, and hypertrophic scarring.

Results

Pseudoptosis of the earlobe was noted in two cases, and auricular displacement was observed in four cases. Bilateral mild hypertrophic scarring was seen in one patient. The postoperative photometric analysis showed a natural ptosis grade I/II in all the patients, with a statistically significantly reduced postoperative earlobe size (P < 0.05). The total rate of aesthetics-related complications was 4% in our cohort (earlobe distortion with pseudoptosis: 1%; auricular displacement: 2%; hypertrophic scarring: 1%).

Conclusions

Our modification of the facial flap anchoring at the ear base in combination with a CMSS stabilizes the natural position of the ear and prevents distortion while allowing better control over the earlobe's aesthetic shaping. This novel method reduces the incidence of ear/earlobe deformities and hypertrophic scarring at the ear base after rhytidectomy and, therefore, promises to be a valuable advancement.

Level of Evidence 4